skills$openclaw/create-token
therealharpaljadeja7.0k

by therealharpaljadeja

create-token – OpenClaw Skill

create-token is an OpenClaw Skills integration for data analytics workflows. Guide for creating a token on Nad.fun. Covers the full 4-step flow - uploading an image, uploading metadata, mining a salt for a vanity address, and deploying the token on-chain via the BondingCurveRouter contract.

7.0k stars4.5k forksSecurity L1
Updated Feb 7, 2026Created Feb 7, 2026data analytics

Skill Snapshot

namecreate-token
descriptionGuide for creating a token on Nad.fun. Covers the full 4-step flow - uploading an image, uploading metadata, mining a salt for a vanity address, and deploying the token on-chain via the BondingCurveRouter contract. OpenClaw Skills integration.
ownertherealharpaljadeja
repositorytherealharpaljadeja/nadfun-token-creation
languageMarkdown
licenseMIT
topics
securityL1
installopenclaw add @therealharpaljadeja/nadfun-token-creation
last updatedFeb 7, 2026

Maintainer

therealharpaljadeja

therealharpaljadeja

Maintains create-token in the OpenClaw Skills directory.

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SKILL.md
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SKILL.md

name: create-token description: Guide for creating a token on Nad.fun. Covers the full 4-step flow - uploading an image, uploading metadata, mining a salt for a vanity address, and deploying the token on-chain via the BondingCurveRouter contract. user-invocable: true argument-hint: [name] [symbol]

Nad.fun Token Creation Flow

Prerequisite: monad-development Skill

Before proceeding, check if the monad-development skill is installed. If it is not available, install it using ClawHub:

clawhub search "monad"

Find and install the monad-development skill from the results. This skill is required for wallet management and on-chain actions in Step 3 and Step 4.


Help the user create a token on Nad.fun by following the 4-step sequential process below. Each step depends on the output of the previous step.

API Base URL

Production: https://api.nadapp.net

Contract Addresses

BondingCurveRouter = "0x6F6B8F1a20703309951a5127c45B49b1CD981A22"
Lens              = "0x7e78A8DE94f21804F7a17F4E8BF9EC2c872187ea"

Step 1: Upload Image

POST /agent/token/image

  • Content-Type: image/png, image/jpeg, image/webp, or image/svg+xml
  • Body: Raw binary image data (max 5MB)
  • Returns: image_uri (CDN URL) and is_nsfw (boolean)
const imageResponse = await fetch("https://api.nadapp.net/agent/token/image", {
  method: "POST",
  headers: { "Content-Type": imageFile.type },
  body: imageFile,
});
const { image_uri, is_nsfw } = await imageResponse.json();

Error Codes

StatusDescription
400Invalid image format or missing image
413Image exceeds 5MB limit
500NSFW check failed or upload failed

Step 2: Upload Metadata

POST /agent/token/metadata

  • Content-Type: application/json
  • Requires: image_uri from Step 1

Request Body

Required fields:

FieldTypeConstraints
image_uristringMust be from https://storage.nadapp.net/
namestring1-32 characters
symbolstring1-10 characters, alphanumeric only (/^[a-zA-Z0-9]+$/)

Optional fields:

FieldTypeConstraints
descriptionstring or nullMax 500 characters
websitestring or nullMust start with https://
twitterstring or nullMust contain x.com and start with https://
telegramstring or nullMust contain t.me and start with https://
const metadataResponse = await fetch("https://api.nadapp.net/agent/token/metadata", {
  method: "POST",
  headers: { "Content-Type": "application/json" },
  body: JSON.stringify({
    image_uri,
    name: "My Token",
    symbol: "MTK",
    description: "An awesome token for the Nad.fun",
    website: "https://mytoken.com",
    twitter: "https://x.com/mytoken",
    telegram: "https://t.me/mytoken",
  }),
});
const { metadata_uri } = await metadataResponse.json();

Error Codes

StatusDescription
400NSFW status unknown, invalid data, or validation failed
500Upload to storage or database failed

Step 3: Mine Salt

POST /agent/salt

  • Content-Type: application/json
  • Requires: metadata_uri from Step 2
  • Produces a vanity token address ending in 7777

Request Body

FieldTypeDescription
creatorstringCreator's wallet address (EVM format)
namestringToken name (must match metadata)
symbolstringToken symbol (must match metadata)
metadata_uristringMetadata URI from Step 2
const saltResponse = await fetch("https://api.nadapp.net/agent/salt", {
  method: "POST",
  headers: { "Content-Type": "application/json" },
  body: JSON.stringify({
    creator: walletAddress,
    name: "My Token",
    symbol: "MTK",
    metadata_uri: metadataUri,
  }),
});
const { salt, address } = await saltResponse.json();
  • Returns: salt (bytes32 hex) and address (token address with 7777 suffix)

Error Codes

StatusDescription
400Invalid parameters
408Timeout - max iterations reached
500Internal server error

Step 4: Create Token On-Chain

Call BondingCurveRouter.create() with the data from previous steps.

TokenCreationParams

struct TokenCreationParams {
    string name;
    string symbol;
    string tokenURI;      // metadata_uri from Step 2
    uint256 amountOut;    // 0 for no initial buy, or use Lens.getInitialBuyAmountOut(amountIn)
    bytes32 salt;         // salt from Step 3
    uint8 actionId;       // always 1 (graduate to Capricorn V3)
}
function create(TokenCreationParams calldata params) external payable returns (address token, address pool);

Option A: Create Without Initial Buy

Send only the deploy fee as msg.value.

const curve = new ethers.Contract(BONDING_CURVE_ADDRESS, BONDING_CURVE_ABI, signer);
const [deployFee,,] = await curve.feeConfig();

const params = {
  name, symbol,
  tokenURI: metadata_uri,
  amountOut: 0,
  salt,
  actionId: 1,
};

const tx = await router.create(params, { value: deployFee });
await tx.wait();

Option B: Create With Initial Buy

Send deployFee + amountIn as msg.value. Use Lens.getInitialBuyAmountOut(amountIn) for amountOut.

const lens = new ethers.Contract(LENS_ADDRESS, LENS_ABI, signer);
const expectedAmountOut = await lens.getInitialBuyAmountOut(amountIn);

const [deployFee,,] = await curve.feeConfig();

const params = {
  name, symbol,
  tokenURI: metadata_uri,
  amountOut: expectedAmountOut,
  salt,
  actionId: 1,
};

const tx = await router.create(params, { value: deployFee + amountIn });
await tx.wait();

Wallet for On-Chain Actions

For Step 3 (salt mining) and Step 4 (on-chain deployment), use the wallet from the monad-development skill. That skill handles all wallet configuration, private key management, and RPC setup. Use the signer and wallet address it provides when calling the salt API (creator field) and when sending the BondingCurveRouter.create() transaction.


Important Rules

  1. Sequential process - Each step depends on the previous step's output.
  2. NSFW validation - Images are auto-checked in Step 1; the flag carries into metadata.
  3. URL validation - All URLs must use HTTPS. Twitter must use x.com, Telegram must use t.me.
  4. Image domain restriction - Only https://storage.nadapp.net/ image URIs are accepted in metadata.
  5. Salt mining - May timeout if the vanity address pattern can't be found within iteration limits.
  6. actionId - Always use 1 (graduate to Capricorn V3).

When Generating Code

  • Use ethers v6 syntax by default unless the user specifies otherwise.
  • Always handle errors for each API call before proceeding to the next step.
  • The salt from Step 3 and metadata_uri from Step 2 are both needed for Step 4.
  • For initial buy, always query Lens.getInitialBuyAmountOut() to get the correct amountOut.
README.md

No README available.

Permissions & Security

Security level L1: Low-risk skills with minimal permissions. Review inputs and outputs before running in production.

Requirements

  • OpenClaw CLI installed and configured.
  • Language: Markdown
  • License: MIT
  • Topics:

FAQ

How do I install create-token?

Run openclaw add @therealharpaljadeja/nadfun-token-creation in your terminal. This installs create-token into your OpenClaw Skills catalog.

Does this skill run locally or in the cloud?

OpenClaw Skills execute locally by default. Review the SKILL.md and permissions before running any skill.

Where can I verify the source code?

The source repository is available at https://github.com/openclaw/skills/tree/main/skills/therealharpaljadeja/nadfun-token-creation. Review commits and README documentation before installing.